Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A decade ago, endpoint management meant managing desktops in a single office. Today, IT teams are responsible for managing an ecosystem of desktops, laptops, mobile devices, tablets, IoTs, POS systems and more–spread across cities, countries and time zones. It is not the number or variety of devices that is challenging–it is the complexity of managing and securing them all. And it's not because IT teams lack necessary tools; it is because they are drowning in them.

Enterprise data has become nomadic. What once lived safely behind corporate firewalls now travels across dozens of cloud applications, gets copied into collaborative documents, flows through AI tools, and transforms as employees work from coffee shops, home offices, and airport lounges.

‍ ‍Risk managers have long used registers to keep track of and manage the threats their organizations face, and, as cyber risk emerged in the 21st century as one of the core market concerns, cybersecurity leaders, too, started to harness these tools to structure and prioritize their cyber-related exposure. However, while risk registers offer a starting point for this process, many have not evolved beyond their early design, remaining static qualitative inventories.

Unsecured USB ports on Windows devices pose significant security risks, from data theft to malware injection, making robust control essential for data loss prevention (DLP) and regulatory compliance. Basic methods exist within Windows 10/11 itself, such as using Device Manager, Registry Editor, or Group Policy Editor. These built-in options often lack centralized management, specific device whitelisting, and temporary access features necessary for comprehensive enterprise-level security.

In a stark reminder of the increasing risk to software supply chains, freelance talent platform Toptal is the latest high-profile organization impacted by a compromise of a GitHub account that led to the deployment of malicious npm packages with the capability to wipe developer machines and steal passwords. The breach, first disclosed last week, has shocked the developer community and exposed serious flaws in repository security, disclosure practices, and package ecosystem hygiene.

Cybersecurity is a business built on trust. Every client is different. That is where the Client Success Manager comes in.

AURA Stealer is a newly emerging information-stealing malware that presents itself as a streamlined alternative to more established stealer families such as LummaC2. Marketed as a carefully engineered solution, AURA is positioned by its developers as purpose-built for efficiency and results—eschewing unnecessary complexity in favor of a focused and modular design.

As cyber threats continue to grow in complexity and frequency, organizations must evolve their response strategies. The year 2025 demands a modern, proactive, and layered approach to dealing with cyber incidents. Whether it’s a ransomware attack, data breach, or insider threat, cyber incident response in 2025 must focus on preparation, swift action, and continuous learning.